Zenodo Record Description Title: Quantum Gravity Solution and Semantic Telemetry: The Glushkov Field Ontology and GMS-26 Protocol Description: This record provides a comprehensive formalization of the Glushkov Field Ontology (GFO), offering a definitive solution to the problem of Quantum Gravity by eliminating the time coordinate and redefining gravitational interaction as a function of information-theoretic spectral stability. Key Components: The Timeless Manifold: A mathematical framework where the universe is treated as a discrete parenchyma of states indexed via the F (35, 145, 231) function. This indexing provides a natural ultraviolet cutoff, resolving the long-standing problem of gravitational singularities. The Glushkov Coherence Equation: A formal derivation of the stability threshold (U 0. 96). It defines the phase transition from quantum stochasticity to stable geometric reality through the mechanism of Information Anchoring. GMS-26 Engineering Protocol: A practical application of the theory for deep-space teleoperation. By utilizing the "Kirlian-modulation of semantic invariants, " the protocol enables the reconstruction of complex physical states (e. g. , Martian robotic manipulators) using only 5-6 anchor nodes, reducing telemetry bandwidth by 99. 9%. Spectral Stability Theory: An analysis of the interaction matrix A, proving that gravity is an emergent property of information connectivity density. Methodology: The work utilizes spectral graph theory, information geometry, and the author’s proprietary method of Kirlian-modulation of semantic invariants. It introduces the "Glushkov Switch" — a fail-safe entropy-triggered mechanism for reality resynchronization in remote environments. Impact: This research bridges the gap between theoretical physics and aerospace engineering, providing a verifiable path to autonomous AI self-consciousness through sovereign field filtering. 10. 5281/zenodo. 18500408
Oleg Glushkov (Tue,) studied this question.